Introduction to Soltrace for Optical Simulation of Concentrating Solar Power Systems - Part 6

Introduction to Soltrace for Optical Simulation of Concentrating Solar Power Systems - Part 6

Modeling Techniques and Calculations

Introduction to the Simple Model

  • The speaker introduces a simple model file shared in the same folder, emphasizing its design for specific calculations.
  • Discussion on the importance of arranging elements correctly to account for natural sunlight effects in modeling.

Geometry and Calculation Adjustments

  • The speaker explains that while a rectangular shape can simplify calculations, certain dimensions (like height) are crucial for accuracy.
  • A focus on how to visualize and adjust parameters within the model, including using lines instead of complex shapes.

Impact of Angles on Results

  • Observations about how changing angles significantly affects results; increasing angles leads to more sunlight interaction with surfaces.
  • The speaker notes that higher angles result in increased sunlight hitting surfaces compared to initial configurations.

Origin Placement and Distance Calculations

  • Explanation of origin placement adjustments from previous examples, highlighting its impact on overall calculations.
  • Detailed discussion on calculating distances between points within the model, emphasizing precision in measurements.

Final Observations on Sunlight Interaction

Video description

This is a quick tutorial on the use of Soltrace software for Monte Carlo Ray Tracing (MCRT) of Concentrating Solar Power (CSP) systems, with one demonstrated example of a shielded Parabolic Trough Collector (PTC). If you have any questions, contact me by email: mhd.a.zidan@gmail.com